Soap Bubbles | Macro Video of Iridescent Soap Bubbles

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+3 1. seldomseen77 commented 4 years ago

So lifelike.
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+1 2. Judge-Jake commented 4 years ago

A question for you..If everything is made of atoms how many atoms are in one of the little green circles and what happens to those atoms when the bubble bursts :S
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+4 3. loadrunner commented 4 years ago

#2 I think as many atoms as ants have lived on this planet(all together). It is like they are holding each other like in a very thin liquid layer rubber or plastic. These atoms stay the same stay the same, but the molecules which are built out of atoms can change if you heat up the soap, or add other reactive chemicals.

Soapmolecules look like little pins ------o. these float freely in water, and act like small magnets , the 'sharp' needle part and the 'top' parts attract each other. and hold the water together a bit. The moment the soap touches any particle (like dirt) the sharp parts stick in to it because the dirt particles are attracted by the soap molecules. Then they create something looking like a little needle pillow. the 'top' parts are hyrdofobic they repel water, so the dirt 'dissolves' in the water. :)
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0 4. thundersnow commented 4 years ago

#2 They stay intact..that wasn't a serious question, was it? :P :squirrel:
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0 5. samxgx commented 4 years ago

This was beautiful. not one moment i thought of skipping ahead or leaving the video before it finished.

i do have one question:
it said 10% glycerine
30% detergent
50% distilled water

so what's the other non mentioned 10%?
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0 6. thundersnow commented 4 years ago

#5 I didn't even see any instructions for soap bubbles, where did you see those? But I found this..

http://happyhooligans.ca/homemade-giant-bubbles/
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0 7. Judge-Jake commented 4 years ago

#5 Bubbles........ >:)
#4 Of course it was..They might stay intact but where do they go ;) :squirrel:
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0 8. thundersnow commented 4 years ago

#7..Where do all the atoms go?...Somewhere on a surface..dissipate, suspend in the air, invisible to our eyes....is this a test, JJ? And if so, did we pass? :P
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0 9. Judge-Jake commented 4 years ago

If they are invisible to our eyes how do you know where they are :(|)
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0 10. thundersnow commented 4 years ago

Hahaha....We don't know exactly where they are because they are in motion, but we know they are there, because John Dalton discovered them and told us....I admit, I looked that one up :* :squirrel:

JJ, aren't you going to continue playing? :P ...
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0 11. Judge-Jake commented 4 years ago

#10 Okay so if they are in motion (as you say) which direction are going and how long will it take them to cover say a foot >:)
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0 12. thundersnow commented 4 years ago

#11 Okay, dear JJ, I give up, because I don't have any answers, but some of our other beloved snotr users that are smarter and more knowledgeable about this topic may know... :* >:) :squirrel: